Carbon Capture

Amines in Carbon Capture

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Amines, particularly Monoethanolamine (MEA), are widely used in postcombustion carbon capture for their high reactivity with CO2, also serving in natural gas sweetening. Ionic liquids, emerging in carbon capture research, are low-volatility, thermally stable salts that offer potential for efficient CO2 absorption with minimal environmental impact. While MEA remains the more cost-effective and established option, ionic liquids represent a promising, though currently costlier, alternative with benefits in stability and reduced environmental risks.

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Absorption-Based Post-Combustion Capture of Carbon Dioxide

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The article provides a comprehensive review of advancements in absorption-based post-combustion carbon capture technologies, emphasizing their role in achieving a sustainable energy sector and a cleaner environment. It explores various solvents and absorbents used for CO2 capture, highlighting recent developments in nanomaterials and offering insights for future research in this vital field【published in the journal sustainability ).

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The Four Methods of Carbon Sequestration: An Overview

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Carbon sequestration is a critical strategy in addressing climate change, involving the capture and storage of atmospheric carbon dioxide. Methods range from natural processes like biological sequestration, where plants and soil absorb CO2, to advanced technological approaches that capture and utilize CO2 in innovative ways. Geological and industrial carbon sequestration methods also contribute significantly, storing CO2 in underground formations or capturing it from industrial emissions.

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